Submission Statement
When we think of novel interfaces for computing, they are usually voice-based or using sight (AR/VR glasses, etc). When you think about it, interfaces designed around our sense of touch have lots of advantages.
They're private. No one needs to know what you are using them for or what you are talking about. They're less cumbersome than the glasses or headgear AR requires. Sure they have limitations too, but I wonder what applications would work for this medium of communication. Real-time language translation? An AI delivering messages or advice in meetings when no one knows you are using it?
The researcher's breakthrough is in finding a way that entangled quanta of light can use today's fiber-optic cable technology to transmit at long distances. This is important because it means the future quantum internet can be built quickly and inexpensively from common mass-produced materials.
There's a hitch - no one's succeeded in building large scale working quantum computers yet. How soon will they arrive? Who knows. The field is advancing rapidly, but some say it could still be many years.
Here's a University of Chicago article about the quantum internet.
Here's Physicist Michio Kaku talking about quantum computers.